real-time systems

Otsu method is a common and efficient image segmentation algorithm, and has been used in many various real-time systems.

Real time task schedulability analysis is one of the major methods used to provide performance guarantee to real time systems.

As a result of the WMS is a set of real-time systems, the server does not work will cause great loss.

Although this approach was relatively simple, it was relatively inefficient, lacked scalability, and was weak for real-time systems.

Rational Test RealTime is designed for embedded and real-time systems, which are often designed to never stop.

The scheduling algorithms with fault-tolerance for real-time multiprocessor systems are important components of real-time systems.

It was designed especially for building fault-tolerant, real-time systems that can be deployed across a network.

Use of the Java language in real-time systems isn't widespread for a number of significant reasons.

Today's efficient model-to-code generators can fully implement even hard real-time systems, for which no missed deadlines are acceptable.

Fortunately, other industries that rely on global real-time systems have solutions to this problem.

Real-time systems often need extraordinary precautions to guard against possible break down of computer.

He works for Engineering Technology Services and specializes in firmware for embedded and real time systems.

This paper presents a transformational approach to the design of distributed real time systems.

Real- Time Operating System. An operating system designed specifically for use in real- time systems .

You can use the MARTE profile to model concepts of real-time systems by using stereotypes to annotate models for support by analysis tools.

And a fast LUT architecture based on tetrahedron interpolation is described, which is suitable for real time systems.

The schemas have expansibility and can be used in other real-time systems.

This feature is especially good for real-time systems and embedded devices.

In real-time systems the computer must "keep up, " processing all data at high speeds in order to be effective.

The algorithm requires moderate operations, so it is easy to implement the algorithm for automatic target detection in real-time systems.

WwW. zIdiR. coM With the widely application of real-time systems, studies on Real-time systemattract increasingly more attention.

Time feature is a key factor in real-time systems, the reliability and quality depends largely on the real-time.

In real-time systems, the speed and capacity of data feeds and event timing is similarly important to measure.

Windows NT can be used in real time systems.

Summary: Software architecture has increasingly become important for the development of complex real-time systems.

PERC Ultra is a virtual machine and toolset for demanding embedded and real-time systems requiring J2SE support.

For real-time systems or distributed systems with constrained networks, for example, SOA might not be an appropriate architecture paradigm.

In schedule-bility analysis, we are concerned with hard real-time systems.

Soft real-time systems can miss deadlines without the overall system failing (such as losing a frame of video).

A development process for real-time systems has to emphasize the importance of time and supports predictability in the time domain.

On the other hand, soft real-time systems can tolerate such lateness, and may respond with decreased service quality.

Study of the Model for Fault-Tolerant Scheduling in Heterogeneous Distributed Real-Time Systems

Architect Data Distribution Service for Real-Time Systems (DDS) applications to manage the complexity of interconnected components

Study of integrated scheduling of tasks and messages in distributed real-time systems

Fault-tolerant optimal scheduling algorithm for heterogeneous distributed real-time Systems

Improvement to a Reachability Analysis Algorithm for Real-Time Systems

Automatic Verification of a Class of Concurrent Real-Time Systems

Centralized relative-clock synchronization for distributed real-time systems

The Adaptive Scheduling Approaches to Open Real-Time Systems

Real-time systems have special-purpose allocators to deal with this problem. Heaps also becomefragmented, shown below

Research on High Dependability Integration Technology of Safety Critical Real Time Systems

Probabilistic Scheduling Guarantee Analysis for Jobs in Stochastic Soft Real-Time Systems

Used in real-time systems where fast response to an event is essential

Study of scheduling algorithms in real-time systems

Research on Fault Tolerance Integration Technology for Embedded Real-Time Systems

Predicting Allocation Algorithm in Distributed Real-Time Systems

Dynamic Scheduling Algorithms with Software Fault-Tolerance in Hard Real-Time Systems

Co-synthesis algorithm for heterogeneous real-time systems and the concurrent design of components

Fault-Tolerant Scheduling Algorithm for Distributed Real-Time Systems

The formal specification of real-time systems and its analysis

A Balanced Workload Mathematical Model in Heterogeneous Real-time Systems

Study on the energy-efficient resource allocation of distributed real-time systems

Tasks Scheduling with Dynamic Voltage Scaling in Multi-Processor Real-Time Systems

Optimal DVS algorithm for real-time systems with double voltage scalable processor

A Clock Synchronization Algorithm for Distributed Real Time Systems

A new energy-efficient online scheduling algorithm for static priority real-time systems

Upper Bound Estimation of Job Deadline Missing Rate for Stochastic Soft Real-Time Systems

Software Requirements Checking of Embedded Real-Time Systems

Application of Continuous Optimal Theory in Discrete Real Time Systems

Study on Interrupt Management Technology of Embedded Real-time Systems

Integrated Dynamic Scheduling Algorithm Based on Group Optimization for Multiprocessor Real-Time Systems

End-to-End Utilization Control for Aperiodic Tasks in Distributed Real-Time Systems

On Duplex Fault-Tolerance Techniques in Distributed Real-Time Systems

Scheduling Algorithm in Distributed Real-Time Systems

Overview of Scheduling Algorithms of Aperiodic Tasks in Real-Time Systems

Aspect-Oriented Formal Development Method for Real-Time Systems

A Formal Software Development Method for Embedded Real-time Systems

Predictable Scheduling of Aperiodic Tasks in Real-time Systems

An Open Adaptive Scheduling Algorithm for Open Hybrid Real-Time Systems

An Extension Approach to the Design of Distributed Real-time Systems

A Linear Temporal Logic with Clocks for Verification of Real-Time Systems

KDE System Guard - Real-time Systems Reporting and Graphing

Power Management Analysis in Energy-aware Real-time Systems

A Method for the Digital Simulation of Delay Real-time Systems

Study on the Architecture of Distributed Real-Time Systems

A Model Checking of Real-Time Systems in Linear Temporal Logic with Clocks

Model Checking on Duration Properties of Real-time Systems

An Application of Dense Time-based Model-checking of Real-time Systems

Communications Schemes in Real-Time Systems

Performance evaluation of real time systems

High-Level Low-Power Synthesis of Real-Time Systems Using Time Petri Nets

Design of embedded distributed real-time systems

An Approach to Property-Oriented Testing of Real-Time Systems

Energy-Aware Scheduling of Nonpreemptive Periodic Tasks in Real-Time Systems

A Feasible Schedulability Analysis for Fault-Tolerant Real-Time Systems

Virtual Memory Techniques for Real-Time Systems

Checkpointing scheme based on imprecise computation for real-time systems

Primary research on task models of real-time systems

A Schedulability Analysis Algorithm for EDF-Based End-to-End Real-Time Systems

Trace Acquirement Technology of Real-Time Systems Based on WCET Analysis

Modeling and Refinement for Real-Time Systems Based on Linear Temporal Logic

A Method for Memory Fault Test in Real-time Systems

Architecture and Implementation of Real-time Systems Based on PC

Real-time Systems Based on Bare Machine Programming